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Space Invaders: The Future of Space Architecture

Q: What is "Space Invaders: The Future of Space Architecture" about?

This article covers topics related to Space Architecture, Space Station, Space Habitat, Space Construction, Space Settlement, Personalized Space, Outer Space, Orbital Architecture, Space Operations, Space Tourism, Vertical Space, Spaceship, Play Space, Space Research, Space Technology, Conceptual Architecture, Space Travel. Pioneering Space Architecture for Sustainable Human Habitats in Orbit.

Space Invaders

Inspired by Von Braun's vision of a rotating space station, the space Station sets the benchmark for futuristic space architecture.The design mimics a bicycle wheel to provide artificial gravity and maximize modularity. Composed of a central core, an inner ring, and an outer ring, the Orion Station operates 1,400 km above Earth, completing a revolution every 60 seconds. This innovative approach to space architecture enables long-term human habitation and sustainable operations in low Earth orbit.

Orion Station's bicycle-wheel design provides artificial gravity and modular efficiency.

Features of the Orion Station

Central Core: Contains zero-gravity laboratories, entertainment spaces, docking systems, and storage for long journeys (e.g., missions to Mars). Six elevator shafts connect the core to the inner and outer rings.
Inner Ring: Functions primarily as a storage area and laboratory.
Outer Ring: Includes inflatable living modules shielded with moon regolith for radiation protection. Each module accommodates up to 150 people and provides essential habitats for astronauts and researchers.

Detailed floor plans showcase multi-level living spaces for astronauts and researchers.

Construction phases illustrate the assembly of truss structures and solar panel deployment.

Step-by-Step Construction Process

Rocket Launch: Delivers the station's core structure into orbit.
Core Inflation: The core inflates to house supplies and basic living quarters.
Material Assembly: Oxygen and regolith are delivered for construction.
Truss Installation: Structural segments are assembled to support the station.
Ring Framework: The framework supporting the outer ring is assembled.
Elevator Integration: Elevators and corridors are installed to connect all segments.
Module Deployment: Inflatable modules are filled with regolith for shielding.
Solar Panel Installation: Solar panels are expanded, powering the station.
Completion: The station can accommodate up to 2,000 people, with further potential for expansion.

Fully expanded Orion Station can sustain 10,000 inhabitants with cutting-edge facilities.

Sector Breakdown

Commercial Sector: 16,560 m² with 12 modules for accommodation, sports, and entertainment.
Crew Sector: 11,040 m², supporting hydroponics, food storage, and fuel storage.
Scientist Sector: 5,520 m² for accommodations and research laboratories.

Each module has life-support systems and can sustain 14 days independently in case of emergencies.

Project by Jiri Vele

Honorable Mention entry of Origyn.